Ryders Pemby Sunglasses with Anti-Fog Lens - 2022
With its antiFog lenses, a diffused frame for enhanced airflow, hydrophobic components for anti-slip stability, three sets of interchangeable nose pads for a custom fit, and premium spring hinges, this model is surprisingly technical given its casual look.
Medium: Frame Width 126mm, Lens Width 57mm, Bridge 18mm, Temple Arm Length 165mm
FINALLY, BIKE EYEWEAR YOU CAN LEAVE ON YOUR FACE.
Whether you’re grinding through a tight, twisty climb or simply stopped at an intersection, fogged lenses are an inevitability for many of us when wearing sports eyewear. The RYDERS antiFOG lens is the ultimate solution to this all-to-common problem—and you don’t have to take our word for it.
100% UV400 PROTECTION
All of our lenses block 100% of UVA, UVB, and UVC rays and harmful, high energy light to 400nm. These rays are a leading cause of cataracts, skin cancer and wrinkles around the eyes—all great reasons to block them out.
All of our lenses are impact resistant, meaning they resist breaking up into dangerous little shards when impacted. If astronauts trust this material to keep their heads from exploding while on a 17,000 mph space walk, you’ll have nothing to worry about on your adventures, no matter how fast you’re going.
All of our lenses are made by injecting molten polycarbonate into a mold that is specially formed to eliminate distortion. This process makes the lenses optically correct (also referred to as decentred), increasing long-term comfort and minimizing eye fatigue.
We apply a scratch-resistant coating to all of our lenses. Though this process makes the surface of the lens considerably harder than the base lens material, it’s impossible to make the lenses completely scratch proof (short of making them from diamonds) so please care for them properly as they may still scratch under certain conditions.
A Swiss technology, this incredible thermoplastic is the material used in all of our sunglasses (with the exception of our metal frames). Its extreme flexibility, durability and light weight make it the perfect material for performance eyewear.